| New model in OGS2.0 | DPOGS200640 |
|---|---|
| Genomic Position | scaffold168:+ 21058-29461 |
| See gene structure | |
| CDS Length | 4749 |
| Paired RNAseq reads | 1547 |
| Single RNAseq reads | 3734 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA011318 (0.0) |
| Best Drosophila hit | CG15744 (1e-77) |
| Best Human hit | probable G-protein coupled receptor 125 precursor (5e-61) |
| Best NR hit (blastp) | unnamed protein product [Heliconius melpomene] (0.0) |
| Best NR hit (blastx) | unnamed protein product [Heliconius melpomene] (0.0) |
| GeneOntology terms | GO:0016020 membrane GO:0004930 G-protein coupled receptor activity GO:0007186 G-protein coupled receptor protein signaling pathway |
| InterPro families | IPR001611 Leucine-rich repeat IPR007110 Immunoglobulin-like IPR003591 Leucine-rich repeat, typical subtype IPR000483 Cysteine-rich flanking region, C-terminal domain IPR003599 Immunoglobulin subtype IPR013783 Immunoglobulin-like fold |
| Orthology group | MCL11659 |
Nucleotide sequence:
ATGAAGAATTTCGCGATAATAGTTCTGTTTTTATTGATCGAGGGAGCGTTTGGTTTTTGT
CCGTCGTTATGTTCTTGTAAATCGAATAAGTCCGCCGATGGGCCTCCCTCGGAGCCCCTT
CCCGGCGATTTCTTGAGATTAAAATGTGGTGGAAGTCCTGCACAGATCACTGAGCTTAAA
GAGATAGACCTGAGCAAACTGTGGACATTGGTCGTTAGTCTAAATCTATCAGGAAACGCC
ATATCTACATTATCAAGAGAGCTTCATTTGCCTAATTTACAAAAATTAGATCTCAGTAGA
AATCAAATAACATTAATAGAGTCCGACGCCTTCTACAACATGACTTCATTACAAAGATTG
GATTTATCTTACAACCAGATCAGTCATATTTACAAGGAAATGTTCAAGGGTATGGTGAAC
TTGGAGAGGCTTATGCTCACTCACAACCATATATCGGTGTTAGCGGCCGGAACTTTTGAT
TACCTCGTCGGACTTAAACAATTAGACATAGCTGACAATCCCTTGATATGCGACTGCGAT
CTGCTGTGGGTGGGAGACTGGTCACGGAACACGAGTGTTAAACTTGTCGGGAACCCAAAG
TGTGCCTTCCCAGAGAACATGGTGAACAAAACTGTAAGGAAGCTGAAGATATTTTTGGAT
CTATCGGCCTGTGGTAACGTGCTGCCGTCCCATAATCTGCTGGTGAAGCCGAGTCACGAT
CAAGTCGTGTTTGAAGGTGACACGCTGGTTCTCTCGTGTAACGCTCCCTTTGCATCCGTT
ATGGCTAAATATGAGTTGAAATGGTACCATCCCATGTTGGAGATATGCGACGTAAACATA
ACGAACACGGACATGCAGGAAGAGGGTCTGGCGGAGACCAGTGTGTTCTTCCCGAATATA
ACGATTCATCATATGGGCAACTGGACATGCGTGTACGGAGACCAGAACCATCTGAGGCAT
AATCGCACGGTGCAAGTTTTAGTGATATCAAACCAAACTCAGTATTGCAAGACGGAGCAC
ACTATCGACAATAAAGGCCTGTACTCATGGCCGCAATTGTTGCTGAACCATACAGCCAAC
GTGCCTTGCCGTAACGGTGAAGGTCTGGCCTATAGGAAGTGTTACGCCAATGCCACCTGG
GGCCCGGCTAACACAACCGAGTGTTCATACATCAGTAATATAACGAAATTACTACAGCAG
TTCGCCTTGTTGAATGTGAGTTTGGTGCAATACTCGGCCTTGAACGCGACGGAACGGCTG
GCTATGTTGATACGGGATAAGACGTACCCGCTGGCAGAGATCACGGACCCCGATGATGTA
ATGTTCATTGCCAAAGCTATAAGGAATTATATGCAGCATATATCAGAAGAACGAGATTTG
GGTTCCACACTCCTGGATGTGATCAGTTCGGTGATGAATATATCAAGCGGGGTGATGGTG
AAGGCGGAAACCTTATACCAGTCGTGTACGGACATTGTGAAGGCTGCTGAAGAGATATCA
GCTTACACCAGCAACGTTCAGGGGCATAAGGTCAACTTGGCAGTGGAAAGGTTTCCCGTC
CGCGAAGGTTTCAGCGGCGTGACCTGTGTGTGGTACAGCGTTTCTCGGGGCCTACCGCCG
CGCCTCCACTGTTCCACCACCAACAGGACAGTGGCGCCACTGCTGACGGTCAGCGACGCT
CTCATACATGCCAGTGTTCAGATACCACAATCTTTATTGTACAGGACGACGGACTCTGGG
GACGTTTTGCAGAGCAAACCTCAAGATCTGATTGTTTCTATGTATGAAGATGCTTCCCTG
TTTCCTCTTCTGCCCGCCATGGACGACAGCCCCATGCCTGGACACCGCTCCAAGGATTAC
TATGGCAGGAGTACTAAGAGGGAGGATATGAACATGGAAATTACATCACCCGTGGTCGGA
TTCCAGCTGAGCGGGGGATCTTTACGTGGATCTTTATTGGAGCCGGTGATAGCTACCGTT
CGCGCCAGAACAACTGGCGGAGAAGACGGACGTGCATCCACCTGGGACCAGAGAGACCGG
ATATGGATTGACAATACATCAGATTGCAAAGTGTCGCACGTGGTGTCCGAGATGATAATA
ATAAGTTGCACTCGTCTAACGTATGTTGGTCTGTTACAAAACGTCGAGACGGGCATCTAC
GGGGCCAGAACCGATGGTGCGAGGTTTAAGGTCTCCCACCCAGCGGTGTACGTCGGCAGT
CTGATACTCATCGGATGCGTCAGCTGTTCCACGATAACCTACATCATGTGCTTCAAAGCG
GTCCAGATGGCGAAAAAGACGAAGCACGCGCTCATTAACACTTGGATAGCCATAGGACTG
CTATGCTTTCTGTACACGCTTGGCATATATCAGACGGAAGATGTGAAACTCTGCCAGATT
TTAGGTCTTCTGATACACTACCTGTCTTTGTCGTGTTTGTTGTGGATGTGCGTTTCCGCC
AGTAATATGTACAAGTGGGTCACCAAGACCCACAACCCTGTCAGGACACCGGAAGACGAT
TTACCACCGGATGTGCCGATACAGAAGCCTATATTGGGGCTGTATCTTGATTACGCCGGA
TATTCCCAATGTTTCCTGAGCAATGCGCCGGCTTTGAGCGCTCTTTTCATACCGGGCGGT
ATCTTGCTAATGTTTTTAATGGTACTGTTCCTATTGATACGTTGTACTATACGTAATATG
AACGTGCAGTTGTCCGAGGGTACCCAGGCCACTGAAAACGTTGACCTCGAGATGTGGGAA
CCGAACCATGCGAATGATGGAGAGAGGCGTAGCATTAAATCTGTAGTCGACTCTGAAGTA
GATGATGTGGAGCATACACCCATAATACAGCTAAGGGCGCAAGTTATTGTCTTGTGCCTG
TATTTGTCCGAAGACATTTGCAGCATAATCTACGCAGTCTGTGCCACGGTATTGGGAACT
TTCATTCTGTTCTTCTACGGCATCGCCAGGAGCGACGTTCGAGCCCAGTGGTCATTAATG
CACTGCTATTTTCAATCAAGCAAGCAATGCTGTAGGAACAGAAGCGTTTTCGATACAAAT
CAACAAAATTTACCGTCCGGTCAAGGCACCACCAACTCGCCCCAGCGTGTCATAACGAAC
GATAACAGATCGAGATCCGGTAGTAGAAGTTCCAATAGAACTAACACAAAAACTAATAAC
AGCGGCACCTACAAGGCGGCGGCTGAGCTCAACGGTCAAACGCATCCCAAAGATCTCAAG
AACACTAACGGAAAAACTCCCAATATAAATTTGGTAGTGCTGCATCGACAGCAGTACAGG
TCAAACAATTCAATGATGACGTACCCAGAAAGGGGTTCATTAGCGCCCGAAGTGTTCTAC
AATCCTAACCAGATGAATGTCGCTAAGAAGTTCTTTAAGAAACAAAGGCAGAATATGAAA
AGAAATTGTCTCGAATTGCCCATCAGGAGGGATTTGGACGACGAGTCCCACGCCTCTCTA
CCGCTGCCGAACAAGGAAGCGTACAATGTCGCTAACTTCATAAACGGCGGTATCAAGTTT
AATAACACCAACCAGCACGTGGAGAGGTCGGCTAACGGCATCAAGGAAACCAGGAACGCT
GGCAATCCGAACCTTCTAGAAGACGATTCAAAAGACAATATTGGGAATTATACCAACGAT
CAAAAATCATGGGCCAAAAAGGACGATCCCAAACAGGGTAGAGCCCAGATAATGAATATC
TACACGAACGTCCCGGAGACGAGGGTACCTCAGCATCAGGTTGTGAAAGCGAACGTCAAC
AAGAACTTGAACGGTCAGAGGAACAGCGTGTCAGAGGAATGCTTGCAAGCGTGTGAACAA
CCGGAAATGCGGACCATTTCCCAACAGTGCAGCTTGGAATATAGCTCGGCGTCAGAAATA
GCCATGCCTCACACGTGCTCCGACCAGACCTTGAACACTCATTCAGAAATGACATCGTTC
CAAGAGAATAGTGCCTTATGTTCGACCAACGAAATAACCGACACCGAAAGCTTCGGGCAA
TACATAGACTACCTACAACCGAGTAAACCCCTCGACGGCAAGGAAGTCATCGATAAATCC
TTGCAGGATATATCAGAGGAGTGCACCATGAACAGCGACGACGTGAACAGATCCGGCACG
CCACAGAAAGCCGATAGCGGCTCCGGCGAATTGGACAATTTGCTAGAAAATCCTGAAATC
GCCGGATCCAAAGACAAGATGGAGGAAGATAAAGACACATTCTTCATGGCGAAGACGACA
TACGACTTCGAGACTTGCAGCACGAACGCCAGCGAGCAGGGCTTCGAAAACGAAAGCGAC
ATATACTGTCCGAACTACCAAATGTCTGAAGTGAGCATCCGGAGTCACGGCTTGTACGCG
CCATCGCCGTCATCCATGTGCCCCAATGAGATAAGCTTCAGCAACGAGGACGTGTCAACG
TTAGAGAGCCAGTACGTGAACTACGACCCCGGCTGGCGGAAAACGATAAAGAACAATCCG
AAACTAGGCAAATACGTGCCCACCCCGGCTCTGAGCTGTCCGGAGGTCAACAGAGACAGT
CCGATATCGTTCACGAGTGAATTAGACGAACTTTATACTCAAATAACTAGTAGGGATAAA
GACAGGACGCGGAACAAGGAACATGGCTTCGACGTCACGGTCAACAGTGACGTGACCTTG
AAACCTGACAGTGACAGTTGTGTCAGTGAAGCCGTGTCCGACGTCGACGTTAAGAAGGCG
ACGGTCTAA
Protein sequence:
MKNFAIIVLFLLIEGAFGFCPSLCSCKSNKSADGPPSEPLPGDFLRLKCGGSPAQITELK
EIDLSKLWTLVVSLNLSGNAISTLSRELHLPNLQKLDLSRNQITLIESDAFYNMTSLQRL
DLSYNQISHIYKEMFKGMVNLERLMLTHNHISVLAAGTFDYLVGLKQLDIADNPLICDCD
LLWVGDWSRNTSVKLVGNPKCAFPENMVNKTVRKLKIFLDLSACGNVLPSHNLLVKPSHD
QVVFEGDTLVLSCNAPFASVMAKYELKWYHPMLEICDVNITNTDMQEEGLAETSVFFPNI
TIHHMGNWTCVYGDQNHLRHNRTVQVLVISNQTQYCKTEHTIDNKGLYSWPQLLLNHTAN
VPCRNGEGLAYRKCYANATWGPANTTECSYISNITKLLQQFALLNVSLVQYSALNATERL
AMLIRDKTYPLAEITDPDDVMFIAKAIRNYMQHISEERDLGSTLLDVISSVMNISSGVMV
KAETLYQSCTDIVKAAEEISAYTSNVQGHKVNLAVERFPVREGFSGVTCVWYSVSRGLPP
RLHCSTTNRTVAPLLTVSDALIHASVQIPQSLLYRTTDSGDVLQSKPQDLIVSMYEDASL
FPLLPAMDDSPMPGHRSKDYYGRSTKREDMNMEITSPVVGFQLSGGSLRGSLLEPVIATV
RARTTGGEDGRASTWDQRDRIWIDNTSDCKVSHVVSEMIIISCTRLTYVGLLQNVETGIY
GARTDGARFKVSHPAVYVGSLILIGCVSCSTITYIMCFKAVQMAKKTKHALINTWIAIGL
LCFLYTLGIYQTEDVKLCQILGLLIHYLSLSCLLWMCVSASNMYKWVTKTHNPVRTPEDD
LPPDVPIQKPILGLYLDYAGYSQCFLSNAPALSALFIPGGILLMFLMVLFLLIRCTIRNM
NVQLSEGTQATENVDLEMWEPNHANDGERRSIKSVVDSEVDDVEHTPIIQLRAQVIVLCL
YLSEDICSIIYAVCATVLGTFILFFYGIARSDVRAQWSLMHCYFQSSKQCCRNRSVFDTN
QQNLPSGQGTTNSPQRVITNDNRSRSGSRSSNRTNTKTNNSGTYKAAAELNGQTHPKDLK
NTNGKTPNINLVVLHRQQYRSNNSMMTYPERGSLAPEVFYNPNQMNVAKKFFKKQRQNMK
RNCLELPIRRDLDDESHASLPLPNKEAYNVANFINGGIKFNNTNQHVERSANGIKETRNA
GNPNLLEDDSKDNIGNYTNDQKSWAKKDDPKQGRAQIMNIYTNVPETRVPQHQVVKANVN
KNLNGQRNSVSEECLQACEQPEMRTISQQCSLEYSSASEIAMPHTCSDQTLNTHSEMTSF
QENSALCSTNEITDTESFGQYIDYLQPSKPLDGKEVIDKSLQDISEECTMNSDDVNRSGT
PQKADSGSGELDNLLENPEIAGSKDKMEEDKDTFFMAKTTYDFETCSTNASEQGFENESD
IYCPNYQMSEVSIRSHGLYAPSPSSMCPNEISFSNEDVSTLESQYVNYDPGWRKTIKNNP
KLGKYVPTPALSCPEVNRDSPISFTSELDELYTQITSRDKDRTRNKEHGFDVTVNSDVTL
KPDSDSCVSEAVSDVDVKKATV